Wild cultivation simulation method of ampelopsis grossedentata
A technology of imitating wild cultivation and rattan tea, applied in the field of tea planting, can solve the problems of wild rattan tea not meeting the market demand, heavy metal accumulation in rattan tea, easy occurrence of pests and diseases, etc.
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Embodiment 1
[0005] Embodiment 1 A method of imitating wild cultivation of vine tea, comprising the following steps: 1) Selection of tea garden: the water, mineral matter and nutrition needed for the growth and development of vine tea are mainly absorbed from the soil through the root system, and the adaptation of vine tea to soil Strong resistance, can grow from acidic to alkaline, the tea garden should choose the original sandy loam soil of the old metamorphic rock strata with loose and deep soil rich in organic matter and pH value of 5.5. Soil fertility is organic matter content 15g / kg, available potassium 50mg / kg, total nitrogen 0.8g / kg, available phosphorus 5mg / kg. The cation exchange capacity is 15mol / kg, and the heavy metal content of harmful substances is less than 0.3mg / kg of total mercury, less than 40mg / kg of total arsenic, less than 250mg / kg of total lead, less than 0.3mg / kg of total cadmium, and less than 150mg / kg of total chromium. The garden does not need to be fully cultiva...
Embodiment 2
[0006] Embodiment 2 A method of imitating wild cultivation of vine tea, comprising the following steps: 1) selection of tea garden: the water, mineral matter and nutrition needed for the growth and development of vine tea are mainly absorbed from the soil through the root system, and the adaptation of vine tea to soil It is strong in nature and can grow from acidic to alkaline. The tea garden chooses the primary loam of the metamorphic rock old strata with loose, deep and rich organic matter and a pH value of 7.5. Soil fertility is organic matter content 20g / kg, available potassium 100mg / kg, total nitrogen 1.0g / kg, available phosphorus 10mg / kg. The cation exchange capacity is 20mol / kg, and the heavy metal content of harmful substances is less than 0.3mg / kg of total mercury, less than 40mg / kg of total arsenic, less than 250mg / kg of total lead, less than 0.3mg / kg of total cadmium, and less than 150mg / kg of total chromium. The garden does not need to be fully cultivated, and vine...
Embodiment 3
[0007]Embodiment 3 A method of imitating wild cultivation of vine tea, comprising the following steps: 1) Selection of tea garden: the water, mineral matter and nutrition needed for the growth and development of vine tea are mainly absorbed from the soil through the root system, and the adaptation of vine tea to soil It is strong in nature and can grow from acidic to alkaline. It is advisable for tea gardens to choose primary loam soil in the old metamorphic rock strata with loose, deep and thick soil, rich in organic matter, and a pH value of 6. The soil fertility is 18g / kg of organic matter, 70mg / kg of available potassium, 0.9g / kg of total nitrogen, and 7mg / kg of available phosphorus. The cation exchange capacity is 18mol / kg, and the heavy metal content of harmful substances is less than 0.3mg / kg of total mercury, less than 40mg / kg of total arsenic, less than 250mg / kg of total lead, less than 0.3mg / kg of total cadmium, and less than 150mg / kg of total chromium. The garden doe...
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